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AMPHENOLN-Type Coaxial Connectors

AMPHENOL N-Type Coaxial Connector, Female, White Bronze, 50 Ohm, 11 GHz

The AMPHENOL RF Connector is a female N-Type coaxial connector with a White Bronze finish. It supports a maximum frequency of 11 GHz and a maximum impedance of 50 ohms, identified by manufacturer part number 172117.

SKU 3G-OTH-384143

Brand
AMPHENOL
Item
N-Type Coaxial Connector, Female, White Bronze, 50 Ohm, 11 GHz
Part Number
172117
Category
N-Type Coaxial Connectors
Available to Order
Also known as:172117AMPHENOL
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Local availability & support — Singapore

Local office
20 Woodlands Link #09-05, Singapore 738733
Phone
+65 8878 8355
Delivery
Same-day or next-business-day delivery within Singapore for in-stock items; 7–14 days for factory-order parts from Europe.
Payment
Invoicing in SGD. PayNow, bank transfer, and corporate PO accepted.
Ships to
Singapore

Technical Specifications

AMPHENOL
Manufacturer Part Number
172117
Type
Connector, N-Type
Finish
White Bronze
Gender
Female
GHz Max Freq
11
Product Type
Connector
Max Impedance
50 ohm

Technical Documents

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AMPHENOL Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

The AMPHENOL RF Connector is a female N-Type coaxial connector with a White Bronze finish. It supports a maximum frequency of 11 GHz and a maximum impedance of 50 ohms, identified by manufacturer part number 172117.

Frequently Asked Questions

What is the AMPHENOL 172117 RF connector used for?

The AMPHENOL 172117 is a female N-Type coaxial connector used in RF and telecommunications systems. It supports frequencies up to 11 GHz and 50 ohm impedance, making it suitable for antennas, test equipment, and wireless infrastructure where reliable signal transmission is required.

What are the specifications of the AMPHENOL 172117 RF connector?

The AMPHENOL 172117 is a female N-Type connector with a White Bronze finish. It has a maximum frequency of 11 GHz and a maximum impedance of 50 ohm. The manufacturer part number is 172117, and it is designed for coaxial cable termination in RF applications.

Where to buy the AMPHENOL 172117 RF connector worldwide?

3G Electric supplies the AMPHENOL 172117 RF connector worldwide. As a global industrial solutions provider, we handle full logistics, customs clearance, and delivery to your location. Contact us to source this female N-Type connector with White Bronze finish for your RF project.

How to install the AMPHENOL 172117 N-Type connector?

Install the AMPHENOL 172117 by preparing the coaxial cable per manufacturer guidelines, then crimping or soldering the connector onto the cable. Ensure the center pin aligns correctly and the outer shell is tightened securely. Use a torque wrench for consistent performance at 11 GHz and 50 ohm impedance.

Used in

Common applications for AMPHENOL
Telecommunications base stations — Amphenol N-Type male connectors (MPN 082-804) for antenna feeder cables
Test and measurement equipment — Amphenol SMA male solder cup connectors (MPN 901-9723) for 18 GHz signal paths
Broadcast transmission systems — Amphenol N-Type female to male adapters (MPN 082-213) for cable transitions
Industrial RF sensor networks — Amphenol SMA male crimp-on connectors (MPN 132231) for 12.4 GHz links
Aerospace avionics — Amphenol SMA female bulkhead connectors (MPN 132105) for panel feedthroughs
Data center cabling — Amphenol N-Type male 3-piece crimp connectors (MPN 172100) for 11 GHz backbone runs
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AMPHENOL Products

3G Electric supplies AMPHENOL n-type coaxial connectors. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

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Compatible alternatives & equivalents

Cross-referenced by specification & description
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This AMPHENOL HN-Type male coaxial connector features a clamp-on design for secure cable termination. With a 50 ohm impedance and 4 GHz maximum frequency, it is suited for RF signal transmission in telecommunications, broadcast, and industrial wireless systems. The nickel-plated finish provides corrosion resistance
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Female TNC coaxial connector with crimp-on (3 piece) design. Rated for up to 11 GHz maximum frequency and 50 ohm impedance. Suitable for terminating coaxial cables in RF communication systems requiring a threaded connection
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Male N-Type right angle coaxial connector with silver-plated finish. Uses crimp-on (3 piece) attachment method. Supports frequencies up to 11 GHz. Meets MIL-STD-348. Suitable for RF and microwave systems requiring a 90-degree connection
AMPHENOL RF
AMPHENOL RF
Male TNC coaxial connector with crimp-on (3 piece) design. Rated for 11 GHz maximum frequency and 50 ohm impedance. Suitable for RF signal transmission in telecommunications, broadcast, and industrial equipment requiring reliable connections

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Male N-Type right-angle coaxial connector with silver-plated finish and crimp-on termination. QPL approved for use in RF and microwave systems requiring consistent signal integrity. Suitable for telecommunications, test equipment, and other high-frequency applications
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Male N-Type coaxial connector with silver-plated finish. Crimp-on (3 piece) termination. Supports frequencies up to 11 GHz. Used in RF systems, antennas, and telecommunications equipment for reliable signal transmission
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This AMPHENOL N-Type male coaxial connector features a crimp-on (3 piece) design with a White Bronze finish. It supports frequencies up to 11 GHz and has a 50 ohm impedance. Suitable for use in RF systems requiring reliable signal transmission
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Male N-Type coaxial connector with crimp-on termination. White Bronze finish. Supports frequencies up to 11 GHz with 50 ohm impedance. Used in RF systems for antenna, test equipment, and wireless infrastructure connections
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Male N-Type coaxial connector with clamp-on termination. Nickel-plated finish. Supports frequencies up to 11 GHz with 50 ohm impedance. Used in RF systems for antenna feeds, test equipment, and wireless infrastructure
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Male N-Type coaxial connector with crimp-on (3 piece) design. White Bronze finish. Supports frequencies up to 11 GHz with 50 ohm impedance. Used in RF systems for antenna, test equipment, and wireless infrastructure connections
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